The system of canals was a type of transportation infrastructure designed to facilitate the movement of goods and people. Canals connected rivers and lakes, allowing for more efficient trade and travel, particularly before the advent of railroads. They played a crucial role in economic development, especially during the Industrial Revolution, by enabling larger cargo transport and reducing costs. Notable examples include the Erie Canal in the United States and the extensive network in Europe.
Bisconoid
The Hohokam Canal System.
Alimentary Canal
The Hohokam Canal System
The leucon type can feed the most cells, then the sycon type, then the simplest ascon type. ^^
Alimentary Canal
The Grantia Canal System is called the "Sycon (syconoid) Canal System." This means that the canals from the sponges inside (excurrent canals) and those from the outside (incurrent canals) of its body wall end blindly, but are connected at right angles by openings called prosopyles. This type of canal system is intermediate in canal complexity. The canals are the pathways the water takes through the sponge.
The alimentary canal or the gastrointestinal (GI) tract.
No. Diastole refers to the cardiovascular system, and alimentary canal is in the gastrointestinal system.
Yes, Rome does have a canal system. They use a water-transport thingy called an aqueduct.
Vienna doesn't have a canal system. You are probably thinking of Venice.
it is a canal system found in sponges(porifera phylum). its example is Leucon. the intresting fact is that this is the only water canal system present in sponges which do not have SPONGOCOEL. in this water moves inside through ostiathen to incurrent canal then prosodi then flagellate cells and then to apodi then to excurrent canal and den to osculum then out..!!